Lamb wave-based technology for damage diagnosis in composite structures has emerged
as a promising tool for structural health monitoring (SHM). However, traditional SHM faces …

Ultrasonic guided waves can travel long distances within the detected structures, which is of
great significance for monitoring large complex engineering systems. However, the …

Guided wave ultrasonic testing (GWUT) within the realm of pipeline inspection is an
efficacious approach; however, current GWUT systems are characterized by high costs and …

Using sparse matrix for total focusing method (TFM) imaging can improve computational
efficiency in non-destructive testing (NDT). In sparse matrix design, binary particle swarm …

Concrete structures are critical materials in the field of industrial construction and are
susceptible to invisible damage under the influence of a variety of factors. The method of …

The operational health of wind turbine blades (WTBs) is crucial to the efficiency and
reliability of wind power generation. Ensuring effective monitoring of WTBs is vital to …

Pipeline leakage detection is an important measure to ensure the national economy and
public safety. This paper aims to develop an adaptive denoising method to achieve leakage …

Prepreg and woven fabric are two primary materials of new-energy electric aircraft. Their
mechanical behavior and damage expansion under different layup sequences are …

Carbon fiber-reinforced polymers (CFRPs) are extensively employed in the aerospace
industry due to their excellent properties. Delamination damage occurring at critical …

Damage imaging algorithms are crucial for evaluating the condition of critical structures such
as adhesively bonded joints. Particularly during service, baseline-free structural health …